151212 Series

Catalog

CONN HEADER R/A 12POS 2MM

Part	Contact Shape	Insulation Color	Termination	Shrouding	Insulation Material	Number of Positions Loaded	Contact Type	Style	Operating Temperature (Min)	Operating Temperature (Max)	Number of Positions	Current Rating	Material Flammability Rating	Contact Length - Post	Contact Finish - Post	Fastening Type	Contact Finish - Mating	Connector Type	Contact Length - Mating	Pitch - Mating	Number of Rows	Contact Finish Thickness - Mating	Mounting Type	Insulation Height	Row Spacing - Mating	Contact Material	Contact Finish Thickness - Post	Overall Contact Length
3M Electronic Specialty 151212-7422-RB	Square	Black	Solder	Unshrouded	Glass Filled Liquid Crystal Polymer (LCP)	All	Male Pin	Board Board or Cable	-55 °C	105 °C	12	1 A	UL94 V-0	0.118 in	Tin	Push-Pull	Gold	Header	0.152 in	0.079 in	2	30 µin	Right Angle Through Hole	0.165 in	0.079 in	Copper Alloy	200 µin
3M Electronic Specialty 151212-2420-RB	Square	Black	Solder	Unshrouded	Glass Filled Liquid Crystal Polymer (LCP)	All	Male Pin	Board	-55 °C	105 °C	12	1 A	UL94 V-0		Tin	Push-Pull	Gold	Header	0.152 in	0.079 in	2	30 µin	Surface Mount	0.06 in	0.079 in	Copper Alloy	200 µin
3M Electronic Specialty 151212-8422-RB	Square	Black	Solder	Unshrouded	Glass Filled Liquid Crystal Polymer (LCP)	All	Male Pin	Board Board or Cable	-55 °C	105 °C	12	1 A	UL94 V-0	0.118 in	Tin	Push-Pull	Gold	Header	0.152 in	0.079 in	2	30 µin	Through Hole	0.06 in	0.079 in	Copper Alloy	200 µin	0.329 in
3M Electronic Specialty 151212-7422-TB	Square	Black	Solder	Unshrouded	Glass Filled Liquid Crystal Polymer (LCP)	All	Male Pin	Board Board or Cable	-55 °C	105 °C	12	1 A	UL94 V-0	0.118 in	Tin-Lead	Push-Pull	Gold	Header	0.152 in	0.079 in	2	30 µin	Right Angle Through Hole	0.165 in	0.079 in	Copper Alloy	200 µin
3M Electronic Specialty 151212-2420-TH	Square	Black	Solder	Unshrouded	Glass Filled Liquid Crystal Polymer (LCP)	All	Male Pin	Board	-55 °C	105 °C	12	1 A	UL94 V-0		Tin-Lead	Push-Pull	Gold	Header	0.152 in	0.079 in	2	15 µin	Surface Mount	0.06 in	0.079 in	Copper Alloy	200 µin